The orbital route of Proxima Centauri brings the red dwarf Star too close to A Centauri (less than 13,000 AU), a G2V spectral type Star with a juicy Halo greater than our Solar system’s, in that order turbulence and Halo’s cannibalism of the A Centauri must be taken as a fact and the detected rocky exoplanet at Proxima Centauri on 2016 may have been a result of Cannibalism. I suspect large Halo on Proxima Centauri and severe gravitational pull, which will alter our Halo greatly, soon. The postponed Launch of James Webb telescope does not makes things easer. I do hope that, by the summer of 2019 after the Launch takes place, we will be able to notice and clarify the facts properly.

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Alpha Centauri A and B orbit a common center of gravity every 80 years. The average distance between them is about 11 astronomical units (AU) — about the same distance as the Sun is to Uranus.
Proxima Centauri may be passing through the system and will leave the vicinity in several million years, or it may be gravitationally bound to the binary pair. I do believe that it’s bound with an orbital period around the other two of about 500,000 years.
Proxima Centauri c is the closest Star to the Sun at 4.25 L.Y. a red dwarf flare Star, has 40 times our Sun’s density and a life span of 4 to 6 trillion years (300-450 times the current age of their Universe). Also, Proxima has much greater gravitational pull than our Sun’s and an elliptic orbit as a result of the mutual gravitational pull, that brings the Star close to 1.5 L.Y from the outer border of our Sun’s halo, without counting its halo because we can’t verify it. Another dwarf Star the Ross 248 will arrive after 35,000 years to a closer proximity at about 1 L.Y from our outer halo border and will recede after 5,000 years, Proxima will stay in it’s close proximity for 50,000 years. We are on the brink of unprecedented and destructive challenges ahead.

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The bad news is that Proxima Centauri, Barnard and Ross 248 gravitational pull will cause turbulence on our outer Oort cloud, which in return will result to the inner Solar system’s inundation of huge asteroids (the outer Oort cloud contains Asteroids of great magnitude) creating in the inner Solar system more dams of seawater under the Sun’s rays and thousands of impacts on the Sun’s surface and the planets of the inner Solar system.
Depends on their position and size, planetary orbit and gravitational influence attracts the water and Asteroids to the surface. That can cause a great flood and or a lesser flood, can alter the planetary physical environment (like it happens with Venus) and or destroy the planets like it happened with the Greeks, Trojans and Hildas. Once the inundation began, our Solar system will be under heavy and constant Asteroids bombardism, continuously for over 20,000 years.

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Mars is dead; a small planet with huge Volcanoes, the largest one perhaps in the Solar system Olympus, has a rim (mouth) 54 miles in diameter. Planet Mars’s liquid core became the buildup of it’s huge Mountains, in that order its magnetic field went weak and patchy. Once you lose your magnetic field, it is simply gone.

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A magnetic field in order to be effective has to be within the planet’s core, because the existed amount of liquid core determines the magnetic field and organic life up on the PLANET. Mars’s unbroken crust was possible as a result of it’s size and the huge volcanic rims that allowed the lava to escape freely, as a result of the exogalactic gravitational influence.

Neptune goes brighter Venus in Breathable Oxygen! The Frozen Asteroids zone
NASA declares massive global warming on inner and outer Solar system at their effort to explain new Great hot spots on Jupiter’s Northern hemisphere!

As a result of Interstellar dust’s friction and in conjunction with Cosmic Rays influence, caused by the lack of Solar winds (resistance) and Sun’s gravitational pulling, after the Solar system’s Heliopause overtake and minimize by the Interstellar Dust into a fraction of its original region (between Mars and Jupiter right up and in between on the 2 clouds of debris; Greeks, Trojans and the 3rd one Hilda’s in the inner circle*), our Solar system indicates false consequences of warming. Actually it is the outer Solar system’s deep freeze and egg shell’s formation, (which happens as a result of the Solar winds successful confrontation of the Interstellar Medium) after the Solar winds minimization, resulting to a new solid (frozen) Heliopause belt.

Uranus under development Saturn in Cosmic Rays
The difference between the interstellar and our Solar system’s cosmic dust is density. The Milky Way’s interstellar dust is denser and enriched than our Solar system’s cosmic dust. All Galaxies are not capable of supporting life as we know, and the Milky Way does not make an exemption.
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The Eggshell’s making which is our solid future Heliopause and Heliosheath, determine the sequence and strength of the Solar winds beyond it’s boundary. Lack of Solar winds result to lack of resistance, and lack of resistance provokes Cosmic Rays and Cosmic dust. It is wrong to assume that our Solar system ends by the end of it’s Solar winds influence. The point where the Solar winds end, is the point where the Oort cloud and Solar system’s gravitational influence continues. The point where the Oort cloud ends, is the point where the gravitational influence continues and the point where the gravitational influence ends marks our Solar system’s accrual boundary.
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Towards the edge of July 2012, Voyager’s 1st’s instruments reported that, Solar winds had dropped by half while the strength of the magnetic field almost doubled. Those values then switched back and forth five times before becoming fixed on August 25/2012.Since then, Solar winds (Solar winds forms the Heliosphere and Heliopause) have all, but disappeared, while the magnetic field’s orientation has budget barely. The jumps indicate multiple crossings of the boundary, unlike anything observed before.

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Adding more mystery to it is that, Voyager 2 has yet to experience anything like its twin. Both Spacecrafts are heading towards the edge of the Heliosphere, back then they were nine billion miles apart. The jumps and thereafter lack of Solar winds and resistance happen as a result of the Azimuth angle, eggshell’s buildup, Interstellar dust’s density, dust’s population and Voyager’s 1 distance at the time. Voyager 2 experienced different values of the above.